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Course Outline

Introduction to Object-Oriented Programming in C++

  • Overview of object-oriented programming concepts.
  • Differences between procedural and object-oriented approaches.
  • Benefits of modular and reusable software design.
  • Understanding C++ as an object-oriented language.

C++ Classes and Object Design

  • Introduction to classes and objects.
  • Defining classes and creating objects.
  • Understanding constructors and destructors.
  • Managing object lifecycle.
  • Applying access specifiers:
    • Public
    • Private
    • Protected

Encapsulation and Abstraction

  • Understanding data hiding and encapsulation.
  • Designing interfaces for reusable components.
  • Using member variables and functions effectively.
  • Applying abstraction principles in software design.

C++ Functions and Advanced Class Features

  • Function overloading.
  • Scope resolution operator.
  • Static members and static functions.
  • Friend classes and friend functions.
  • Operator overloading.

Inheritance and Polymorphism

  • Understanding inheritance concepts.
  • Creating class hierarchies.
  • Implementing polymorphism.
  • Virtual functions and dynamic behaviour.
  • Designing flexible and maintainable applications.

Data Handling and Type Conversion

  • Understanding data conversions in C++.
  • Working with object and primitive data types.
  • Applying safe conversion techniques.

Exception Handling and Templates

  • Understanding error handling strategies.
  • Using exceptions in C++ applications.
  • Introduction to templates.
  • Creating reusable generic code.

Input and Output Streams

  • Working with C++ input and output streams.
  • Reading and writing data efficiently.
  • Managing stream-based operations.

Practical C++ Programming Workshop

  • Applying object-oriented design principles.
  • Building modular C++ applications.
  • Creating reusable classes and components.
  • Reviewing common design practices.

Course Review and Next Steps

  • Reviewing key C++ object-oriented concepts.
  • Discussing best practices for software design.
  • Identifying further learning paths in C++ development.

Requirements

  • Fundamental understanding of programming concepts such as variables, loops, and functions.
  • Practical experience with C programming fundamentals.
  • Basic knowledge of software development principles.

Audience

  • C programmers seeking to master object-oriented programming techniques.
  • Software developers transitioning from procedural to object-oriented design paradigms.
  • Engineers and programmers interested in structuring large-scale C applications.
 7 Hours

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